Lamination TRIZ Cases

Laser cutting and fire polishing improve edge strength to resolve thermal fracture risks in switchable glazing units.

A rotatable wheel member attaches to plaster taping devices to apply pre-coated tape along internal corner joints.

A hydraulic applicator die deposits laminarized polymeric ribbons directly onto vehicle surfaces without atomization.

A wearable article elastic belt uses discrete substrate layers and independently controlled elastic bodies to create a ring-like structure.

A vehicle trim element uses polypropylene fibers to form a protective surface layer on natural fiber substrates.

Embedded slotted channels secure adjustable cargo tracks without rivets, preventing water leakage and reducing trailer weight.

Two-stage drying stabilizes polymer alignment, preventing blue-shift and non-neutral reflection while enabling thinner designs.

Selective microwave heating controls thermal profiles across glass laminate layers, minimizing thickness variations and center tension during fabrication.

Surface treatment imparts polar functional groups to composite materials, resolving low adhesive strength from peel ply residues without using adhesives.

A hot-melt adhesive agent using a radial styrene block copolymer and plasticizer to enable low-temperature application.

Integrated framing members with transversely oriented passageways eliminate on-site cutting, reducing construction time and labor requirements.

Septum forming material expands within honeycomb cells to create integrated acoustic caps.

Hollow-core ARROW structures eliminate vacuum requirements while enabling compact atomic spectroscopy measurements.

Steel tube reinforcement overmolded into plastic pallet posts absorbs forklift impact without increasing molding cycle time.

Segmented flexible adhesive tape integrates transducers and wireless circuits to resolve manufacturing complexity while maintaining deployment versatility.

Wall-defined injection spaces enable complete photocurable resin curing without large vacuum laminating devices or side curing steps.

Hydroentanglement joins nonwoven material ends using water-jet fiber entanglement.

A punch foot secondary nozzle connects the pressure chamber to the environment, enabling automatic airflow switching between suction and blowing modes.

A curved ply guide conforms to substrate contours to transition plies smoothly, maintaining vacuum seals to prevent wrinkling and bridging.

Low-chlorine colloidal silica prevents metal corrosion in exhaust systems while maintaining mechanical strength.

Sequential heating maintains component alignment while eliminating electrical infrastructure required by resistance welding.

A protection film attaching apparatus uses a gripper and pressurizing mechanism to secure films onto electronic device surfaces.

Porous prepreg materials enable resin flow through glass cloth openings to fill gaps between thick conductor patterns.

Variable speed shoes and transfer rolls separate web material from chips to eliminate die wear and extend tool life.

Offset backing and heating rollers minimize plastic card deformation during varnish deposition.

A composite joins rubber and ethylene vinyl acetate foam via direct chemical crosslinking without adhesives.

A two-component hot-melt adhesive uses silane-functional prepolymers and water-absorbing substances to enable rapid curing.

Segmented thermo-mechanical welding spots form channel sealings in the absorbent core cover, preventing wet sagging while preserving material volume.

A label attaching device positions a labeler to mark defective electrode portions on moving substrates.

Hermetic sealing of the mixer-to-die-coater flow path eliminates external air ingress, ensuring uniform bubble distribution in porous bodies.

A polyamine binder composition combines reactive amino groups with carbohydrate components to form cured structures.

Mechanochemical grinding dopes luminescence ions into alkali halide powder, eliminating high thermal energy consumption and material loss.

Dynamic suction units create localized underpressure to form movable injection areas, reducing resin waste and improving laminate impregnation.

Replacing styrene with alternative reactive diluents prevents blushing while maintaining high filler levels to eliminate sagging and porosity.

A dielectric weldable polymer blend enables rapid high frequency sealing of flexible substrates.

A forming tool uses phase change material to shift from rigid layup support to pliable removal.

Colorant in the binder creates a Gardner scale difference that allows real-time defect detection during gluing, reducing wood waste.

Amorphous outer layers enable composite part compaction below the semi-crystalline core melting point, reducing autoclave energy costs.

A thermoplastic fiber sheet bonds electronic components at low temperatures using a specific resin softening range.

Direct thermal welding eliminates adhesive preparation time while maintaining connection strength between dissimilar materials.

Cylindrical format part on hollow shaft reduces temperature fluctuations and improves concentricity during blister pack sealing operations.

Pre-applies decorative laminate to inner skins before curing, eliminating manual edge wrapping labor.

An integrated coating layer with high-viscosity organic base and conductive fillers improves scratch resistance while reducing structural complexity.

A multilayer ceramic composite integrates fiberglass skins with a ceramic insulation core to provide thermal protection.

Layered composite blades resist whitewater abrasion and impact, preventing catastrophic failure while maintaining low weight for safer paddling.

Bisbenzocyclobutene adhesive wafer bonding transfers atomically thin layers without polymeric carriers, eliminating contamination and mechanical stress.

Cutouts in the plastic interlayer of automotive windshields reduce secondary reflections and double imaging for camera systems.

Cellulose backing replaces plastic substrates in lateral flow immunoassays, resolving the trade-off between dimensional stability and compostability.

Extruding gear teeth into Z-pins creates surface unevenness that boosts coupling force while lowering manufacturing costs.